www.raysearchlabs.com/raystation

RAYSTATION 10A IS HERE.

RayStation® 10A* adds the option to generate plans with machine learning in Plan Explorer. The new version also includes proton Monte Carlo dose computation on the GPU and auto-navigation based on prioritized clinical goals in the multi-criteria optimization module.

* Subject to regulatory clearance in some markets.

** Machine learning is subject to regulatory clearance in some markets. Furthermore, certain machine learning features are disabled in certain markets due to regulatory reasons.

MACHINE LEARNING IN PLAN EXPLORER**

The Plan Explorer automatically generates a large number of plans

for combinations of treatment techniques and machines for a

specific patient. It also provides efficient means to filter and browse

among plan candidates to find the most desired one. The addition of

machine learning optimization adds speed in plan generation and

makes it possible for a clinic to tailor the automatic plan generation

even further.

SEE WHAT’S NEW!

PROTON MONTE CARLO DOSE ENGINE ON GPU

• Proton PBS Monte Carlo dose engine for optimization and final

dose migrated to GPU

• All algorithms from the well-established RayStation CPU

proton Monte Carlo intact

• Significant time savings in proton PBS planning

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PRODUCT NEWS 10A

OTHER RAYSTATION 10A HIGHLIGHTS

AUTO-NAVIGATED MCO

• After pareto plan generation the navigation state is automatically optimized to fulfill as many clinical goals

as possible, in priority order (photons only)

MACHINE PARAMETER IMPROVEMENTS

• Improved jaw positioning during optimization for linacs

with jaw positions per segment

• Possible to set minimum and maximum tip positions

per leaf pair for MLCs

• Possible to set minimum and maximum MU allowed

for beams using wedges

• Possible to set leaf tip width, tongue-and-groove width,

offset, gain, curvature and orthogonal offset per mlc

layer for dual layer mlcs

IMPROVED MULTI-METS SRS

• Automatic collimator angle selection for conformal arcs for

minimized exposure of healthy tissue in-between targets

BEAM COMMISSIONING IMPROVEMENTS

• Support for arbitrary photon fields in RayPhysics• Auto-modeling for electrons